The Simpson MBHAR3.56/14 Masonry Hanger is a skewed-right concrete and masonry top-flange hanger engineered for reliable, high-load connections in a wide range of structural applications. As a single-piece, non-welded connector, the MBHAR3.56/14 is designed for use with solid sawn lumber, truss assemblies, and engineered wood products, offering a 45-degree right skew to accommodate angled framing conditions. Manufactured in the United States, this hanger delivers consistent quality and dimensional precision for demanding construction environments.
Key Features
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Single-Piece, Non-Welded Construction: Provides structural integrity without weld points, ensuring uniform load distribution across the connector.
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45-Degree Right Skew: Pre-configured skew angle allows installation where beams meet masonry or concrete at an angle, eliminating the need for field modifications.
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G90 Galvanized Finish: Heavy-duty G90 galvanization provides corrosion resistance suitable for a variety of exposure conditions.
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10-Gauge Steel Construction: Heavy material gauge delivers the load capacity and rigidity required for top-flange masonry hanger applications.
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Compatible with Multiple Wood Products: Suitable for solid sawn lumber, truss, and engineered wood products, offering broad application flexibility.
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High Allowable Load Ratings: Rated for a maximum allowable download of 3,495 lb. and 1,585 lb. uplift for the 7-1/4" height model; all other models carry table-listed values of 2,390 lb. download and uplift.
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Made in the United States: Domestic manufacturing ensures adherence to consistent quality standards.
Specifications
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Model Number: MBHAR3.56/14
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Description: Masonry Hanger - Skewed 45 Degrees Right
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Width (W): 3-9/16 in.
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Height (H): 14 in.
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Material Gauge: 10 Gauge Steel
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Finish: G90 Galvanized
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Skew Direction: Right (45 Degrees)
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Max. Allowable Download (7-1/4" H model): 3,495 lb.
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Max. Allowable Uplift (7-1/4" H model): 1,585 lb.
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Download / Uplift (All Other Models): 2,390 lb.
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Country of Origin: United States
Approved Applications
- Connecting solid sawn lumber beams to concrete or masonry walls at a 45-degree right skew angle
- Supporting truss assemblies bearing into masonry or concrete construction
- Securing engineered wood products (LVL, PSL, glulam) to masonry top plates or pockets
- Residential and commercial framing where angled beam-to-masonry connections are required
- Applications requiring a skewed right top-flange hanger configuration in concrete or masonry bearing walls
What's Included
- 1 x Simpson MBHAR3.56/14 Masonry Hanger, Skewed 45 Degrees Right
Options
- Seat can be skewed at 45 deg. only.
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Contact us for Configurable Options and Special orders
- The maximum allowable download is 3,495 lb. and 1,585 lb. uplift for height 7 1/4". For all other models, use the table listed download and uplift of 2,390 lb. Order MBHAR for skew right and MBHAL for skew left.
Frequently Asked Questions
- What types of wood products is the MBHAR3.56/14 compatible with?
- The MBHAR3.56/14 is compatible with solid sawn lumber, truss assemblies, and engineered wood products, making it suitable for a broad range of structural framing applications.
- What is the skew angle on this hanger, and why does it matter?
- This hanger features a 45-degree right skew that is pre-configured at the factory. This allows it to be installed where beams meet masonry or concrete at an angle without requiring any field modifications to achieve the correct geometry.
- What are the allowable load ratings for the MBHAR3.56/14?
- For the 7-1/4" height model, the maximum allowable download is 3,495 lb. and the uplift rating is 1,585 lb. All other models carry table-listed values of 2,390 lb. download, with additional uplift values referenced in the load tables.
- What material and finish is used on the MBHAR3.56/14?
- The MBHAR3.56/14 is constructed from 10-gauge steel with a G90 galvanized finish. The heavy-gauge steel provides the rigidity and load capacity needed for top-flange masonry hanger applications, while the G90 galvanization offers corrosion resistance across a variety of exposure conditions.
